本源码是基于VC的人脸检测系统，适合初学者

配套专业版源代码软件DIPA功能简介 与《实用图像处理与分析》配套的源代码软件DIPA是一套完全可执行的VC++界面源代码，界面内容除了图像的表示、读入、保存、彩色变灰度以外，还包括图像的2值化处理、微分变换、几何变换、彩色变换、参数测量、傅里叶变换、小波变换、Hough变换、模式识别、神经网络、遗传算法、图像压缩等功能，提供有近100个图像处理与分析函数的源代码。该软件主要适用于图像处理的教学和科研-Supporting the professional version of the software source code About Dipa functional and practical image processing and analysis, the source code of the software package Dipa is a fully executable VC++ Interface source code, interface elements in addition to images that read, preserve, gray color change also includes image processing of 2 values, differential transform, geometric transformations, color transform, parameter measurement, Fourier transform, wavelet transform, Hough transform, pattern recognition, neural networks, genetic algorithms, image compression, etc. function, provided there are nearly 100 image processing and analysis function of the source code. The software is mainly applied to image processing teaching and research

这是一个100个MATLAB 实例程序，也是从网上搜索到的，对大家有用才好。-This is a 100 MATLAB Examples of procedures, but also from the Internet to search for useful everyone to do.

该软件功能很好，请大家下下来可以直接进行实用，是一个比较小的应用软件-The software features a very good, let us down under can be directly useful, is a relatively small application software

利用快速傅立叶算法，实现快速离散余弦变换及其逆变换-Using fast Fourier algorithm for fast discrete cosine transform and its inverse transform

基于灰度图像的水平和垂直方向投影，对作图像处理方面的朋友应该有用。-Based on the gray image of the horizontal and vertical projection of the image processing aspects as Friend should be useful.

图像的纹理分析应用实例， 图像的纹理分析应用实例-Image texture analysis application example, image texture analysis of application examples

冈萨雷斯)matlab版图形处理工具箱 -Gonzalez) matlab version of graphics processing toolbox

使用opencv实现一些基础的边缘检测，sobel robert等。-Opencv achieved using some basic edge detection, sobel robert so.

bp神经网络在图像压缩中的应用源代码，欢迎下载。-bp neural network in image compression source code, welcome to download.

基于视频运动对象的快速提取 采用了差分法,光流法以及贝叶斯估计-Moving Object Based Video Fast extracted using a finite difference method, optical flow estimation method and the Bayesian